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The debonding between the carbon fibers and the epoxy is modelled considering a cohesive interface modelling.
It is based on a cohesive interface analysis, which has been largely adopted to investigate the mechanical response of FRC or the snubbing effects produced by inclined fibers, but not the condition of multiple cracking and strain hardening of HPFRCC.
In the present article, roughness-enhanced toughening of a cohesive interface between two identical materials is explored with a pure sinusoidal interface morphology that is characterized by its aspect ratio or ratio of amplitude to wavelength.
A linear elastic fracture mechanics (LEFM) approach and a cohesive interface (cohesive zone) modeling approach to the debonding analysis of concrete beams strengthened with externally bonded fiber-reinforced-polymer (FRP) strips are studied and compared.
A cohesive interface modeling approach to debonding analysis of adhesively bonded interface between two balanced adjacent flexural cracks in conventional material (e.g., concrete or wood) beams strengthened with externally bonded FRP plates is presented.
A 2D finite element analysis incorporating a cohesive interface model of cracked coating segments was carried out to obtain both the normal stress distribution in coating segments with various widths and the shear stress distribution along coating substrate interfaces.
Similar(52)
A computational model is used to study the behavior of a crack that propagates along a sinusoidal cohesive interface between two dissimilar elastic solids under remote mode-I loading.
The latter aspect is introduced using a coupled cohesive interface formulation that is implemented in the dynamic model of the layered beam.
We compute the effective toughness of a weak, sinusoidal cohesive interface between two dissimilar elastic plastic solids subjected to dominant mode I loading.
The models use a Paris-law based cohesive interface element to model delamination and matrix cracks and their interactions.
When a consumer is on a company app or website, they must experience an appealing, functional and cohesive interface.
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